Full-field vibrometers

Full-field vibrometers keep the focus firmly on complex vibration behaviour over the entire surface and work contactlessly according to the laser Doppler principle. Polytec offers you turnkey solutions for everything from characterizing stationary vibration processes with scanning vibrometers to multipoint vibrometers (that measure in parallel) for non-stationary and transient processes. They shorten development times by giving you a comprehensive and precise insight into the dynamic behaviour of vibrating structures. They visualize eigenmodes and operational deflection shapes in a meaningful way and provide you with data quality that takes simulation model validation to a whole new level. Full-field vibrometers are complete solutions that are made up of sensor technology, data acquisition and analysis software. You can gradually retrofit and expand all the systems and also fully automate scanning vibrometers as your requirements grow.

PSV-500 Scanning Vibrometer

The PSV Scanning Vibrometer measures vibrations on an entire surface in a non-contact and laser precise way. This flexible measurement platform allows researchers and developers to master the most challenging vibration measurement tasks with ease. Upgrade or expand it to a full 3D system, once your application-specific demands grow. Detect and visualize operational deflection shapes and Eigen modes with this cutting-edge laser Doppler vibrometer.

PSV-500-3D Scanning Vibrometer

PSV-3D Scanning Vibrometers measure 3D dynamics in research and product development in a reliable and precise way. The deflection shapes and Eigen modes detected help you with everything from NVH, acoustic and structurally dynamic issues to ultrasonic analyses, FEM validation and non-destructive testing.

MPV-800 Multipoint Vibrometer

48 eyes see more than one. The MPV-800 Multipoint Vibrometer opens up completely new ways in vibration analysis: Study transient processes and on vibrating structures where tactile measurement methods reach their limits. The laser-based MPV-800 describes experimental and operational deflection shapes in the frequency and – for the first time ever – time domain, too.


By combining a 3D scanning vibrometer and an industrial robot, RoboVib® offers you an automated measuring station for measuring everything from complex components to complete vehicle bodies. Both the amount of time required and the sources of error – especially in experimental modal analysis – are reduced significantly. So you can thoroughly test a vehicle body, for example, in just one to two days, whereas you would previously have needed weeks to even prepare for the test itself.